These 0.15 CT butterfly lattice diamond earrings are engineered using a multi-panel wing framework modeled after natural butterfly symmetry. Each wing incorporates an internal lattice design composed of intersecting gold filaments that generate a stable, lightweight structure while maintaining defined geometric boundaries. This open-frame architecture reduces overall mass and increases light transmission through the wings.
Along the outer edges of the wings, calibrated round stones are positioned in a controlled sequence using micro prong settings. These settings ensure consistent elevation, secure retention, and optimized optical exposure. The distributed placement of stones creates a perimeter-based brilliance pattern that accentuates the curvature of each wing.
The earrings are crafted in 18k gold, selected for its stable hardness, warm reflective tone, and compatibility with fine structural detailing. The symmetrical assembly ensures balanced weight distribution, enabling the earrings to maintain a forward-facing orientation while minimizing rotational drift during wear.
All components undergo precision finishing to maintain uniform surface reflectivity across lattice elements and stone mounts. These earrings provide a technical execution of a butterfly motif, suitable for individuals seeking refined geometry with subtle brilliance. For additional reading on motif engineering, micro-structural jewelry fabrication, and optical stone placement, refer to Modern Jewelry Geometry, Understanding Jewelry Link Mechanics, and Lab-Grown Diamond Overview.
